The present status of studies at Lawrence Livermore Laboratory (LLL) directed toward exploring variants on the basic magnetic mirror confinement concept is described. These studies have emphasized those ideas that could lead most directly to improvements in the scientific and economic viability of fusion reactors based on the mirror concept, within the general context of the extensive body of specialized physics and technology that has been developed in the course of the Mirror Program. (auth
We have been studying small, driven fusion reactors as candidates for a Technology Development Facil...
Supporting research activities continued to provide the technical basis for future mirror-confinemen...
This report contains descriptions of the projects supported by the Mirror Confinement Systems (MCS) ...
As the result of recent experimental progress, theoretical advances, and the emergence of new approa...
The past, present, and future thrusts of the magnetic mirror fusion program at LLL are reviewed. Neu...
This paper examines some possible areas for the study of new approaches to fusion research, ones tha...
BS>From surface effects in controlled thermonuclear fusion devices and reactors Meeting; Argonne, Il...
The history of the magnetic-mirror approach to a fusion reactor is primarily the history of our unde...
The Mirror Fusion Test Facility (MFTF-B) now under construction at Lawrence Livermore National Labor...
Fusion research has matured during the last decade and significant insight into the future program n...
In recent years the emphasis in research on the magnetic mirror approach to fusion has been shifted ...
The Mirror Advanced Reactor Study (MARS) has resulted in an overview of a first-generation tandem mi...
The tandem mirror program has evolved considerably in the last decade. Of significance is the viable...
The principal features of a fusion power reactor employing the magnetic mirror confinement concept a...
Technology requirements for mirror hybrid reactors are discussed. The required 120-keV neutral beams...
We have been studying small, driven fusion reactors as candidates for a Technology Development Facil...
Supporting research activities continued to provide the technical basis for future mirror-confinemen...
This report contains descriptions of the projects supported by the Mirror Confinement Systems (MCS) ...
As the result of recent experimental progress, theoretical advances, and the emergence of new approa...
The past, present, and future thrusts of the magnetic mirror fusion program at LLL are reviewed. Neu...
This paper examines some possible areas for the study of new approaches to fusion research, ones tha...
BS>From surface effects in controlled thermonuclear fusion devices and reactors Meeting; Argonne, Il...
The history of the magnetic-mirror approach to a fusion reactor is primarily the history of our unde...
The Mirror Fusion Test Facility (MFTF-B) now under construction at Lawrence Livermore National Labor...
Fusion research has matured during the last decade and significant insight into the future program n...
In recent years the emphasis in research on the magnetic mirror approach to fusion has been shifted ...
The Mirror Advanced Reactor Study (MARS) has resulted in an overview of a first-generation tandem mi...
The tandem mirror program has evolved considerably in the last decade. Of significance is the viable...
The principal features of a fusion power reactor employing the magnetic mirror confinement concept a...
Technology requirements for mirror hybrid reactors are discussed. The required 120-keV neutral beams...
We have been studying small, driven fusion reactors as candidates for a Technology Development Facil...
Supporting research activities continued to provide the technical basis for future mirror-confinemen...
This report contains descriptions of the projects supported by the Mirror Confinement Systems (MCS) ...